Titlebook: Solid State Lighting Reliability; Components to System W.D. van Driel,X.J. Fan Book 2013 Springer Science+Business Media, LLC 2013 LED Lumi

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An Introduction to System Reliability for Solid-State Lighting,LED) engine with a microelectronic driver(s) in a housing that also supplies the optic design. Knowledge of system-level reliability is crucial for the business success of future SSL systems, and also a very scientific challenge. In practice, a malfunction of the system might be induced by the failu

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Prognostics and Health Management,s and estimate its remaining useful life. The physics-of-failure (PoF) approach considers qualification as an integral part of design and development and involves identifying root causes of failure and developing qualification tests that focus on those particular issues. PHM-based-qualification comb

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Fault Tolerant Control of Large LED Systems,solid-state lighting (SSL) systems. A failed LED may significantly reduce the overall illumination level, and destroy the uniform illumination distribution achieved by a nominal system. The main challenge in diagnosing LED degradations lies in the usually unsatisfactory observability in a large LED

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SSL Case Study: Package, Module, and System,s based on the higher luminous efficiency and reliability. Many case studies, like thermal design and analysis, junction temperature measurement, reliability assessment, etc., focus on package and module level product. However, for actual application of solid state lighting (SSL) system, only a few

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Hierarchical Reliability Assessment Models for Novel LED-Based Recessed Down Lighting Systems,d from references (Arik et al., IEEE Trans Compon Packag Tech 33:668–679, 2010; Song et al., IEEE Trans Compon Packag Tech 33:728–737, 2010; Song et al., Microelectron Reliab 2011) and technical details omitted in the chapter can be found in the references. After a brief introduction about the motiv

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Design for Reliability of Solid State Lighting Products, and design challenges facing the industry. This chapter discusses several key aspects focusing on the reliability and the life time prediction for LED SSL products. Upfront product design for reliability activities to enable reliable SSL products are studied from both the product construction, manu

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An Introduction to Driver Reliability,m factor. Thus, the next part is about application field-induced criteria. It is followed by discussion of different common reliability prediction methods and their advantage/disadvantages to apply for SSL drivers. More details of the preferred method, which is based on stress and damage models, are explained.

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